The right analytical laboratory partner can play a role in the success of your Cannabis brands. This requires a laboratory partner who can not only meet current regulations and as well, understand what is ahead. Our expertise is built on the foundation of over three decades of work with Natural Health Products, Botanicals, and Pharmaceuticals.
We maintain strict testing protocols and methodologies to ensure you deliver quality, consistent, and safe cannabis products to your customers. Our well-equipped laboratory and skilled personnel can help you meet the updated Health Canada mandatory cannabis testing requirements that came into effect December 2, 2019.
Terpene Profile Analysis
Terpene potency can change from plant to plant based on factors. It can be affected by climate, age of the crop and soil type as well significantly reduced by the heat used during the extraction process that is required to create a final product.
Terpene profile testing is important to consumers that want to know precisely what your flower or finished product contains. Our laboratory analyzes 21 primary terpenes of varying concentrations.
Potency testing for THC and CBD content is important in ensuring a high-quality product for your customers. Our laboratory conducts potency tests against potency standards to quantify how much THC and CBD is present in your cannabis product.
We perform chromatographic separation and quantitative monitoring of nine primary cannabinoids, including THC, THCA, CBN, CBD, CBDA, delta-8 THC,THCV, CBG, CBC.
We test cannabis for pesticide actives that is intended to be finished cannabis products for sale or export. For processors, we test batches, or lots to meet Health Canada’s requirements before consumer use, and prior to further processing steps such as extraction or formulation. We test for the 96 pesticides active ingredients listed with Health Canada to ensure products are below the set limits of quantification (LoQ).
Cultivation conditions, transportation, storage, and processing of cannabis plants create an ideal environment for the growth of molds and fungi. If allowed to proliferate, they can begin to produce chemical mycotoxins which have been known to cause liver, kidney, and reproductive damage as well immune suppression.
Mycotoxin testing includes:
- Aflatoxin: B1, B2, G1 and G2
- Ochratoxin a
Our laboratory analyzes samples to quantify for heavy metals levels for the big four: mercury, lead, arsenic, and cadmium.
As a bio-remediator, cannabis will absorb heavy metals from the soil, water and fertilizer into various parts of the plant including the flowers where terpenes and cannabinoid acids are produced. Even though concentrations are at comparatively trace levels (in parts per billion or parts per trillion), they can still pose a hazard to cause harm to consumers so robust testing is required for detection and quantification.
Microbial testing in cannabis is a standard practice and a Health Canada requirement. cannabis grown in controlled environments with managed humidity and ventilation controls, and good growing practices (GPP) is generally less susceptible but can also become subject to microorganism contamination during processing, storage or during distribution stages.
We test for certain pathogenic microorganisms which typically are harmful even at low levels as they produce toxins that can cause a variety of symptoms to consumers. These include:
- Total yeast and mold count
- Total aerobic count
- Bile-tolerant Gram-negative E. Coli
- Salmonella spp.
Measure of moisture content and water activity depending on type of product. Testing for water activity is considered a critical control point for prevention of microbial contamination. High water activity can affect stability by supporting mold growth during storage and transport of harvested buds and extracts.
We measure the percentage of moisture content per weight analysis to determine water activity.
Solvents are used to extract out cannabis concentrates like cannabinoids and terpenes. They include, alcohol, water (ethanol), hydrocarbon (hexane), propane, butane, among others. In some cases, impurities, or residual solvents remain in the final cannabis product so analyzing their concentration is a vital element of cannabis testing. In some cases, impurities, or residual solvents remain in the final cannabis product and analyzing their concentration is a vital element of cannabis testing.
We quantify residual solvents across Class 1,2 and 3 using headspace gas chromatography, the preferred method that allows only the volatile component of the cannabis sample to be measured.
Nutrition Facts Label Testing
General nutritional facts panel testing, especially for edibles, includes nutrient testing fat, carbohydrates, sugars, fibre, protein, calories, sodium, cholesterol, potassium, and calcium. Since quality can degrade over time due to conditions such as temperature, lighting, air and humidity, shelf life and stability testing determines how environmental conditions may affect product potency, contamination, colour, odour, and moisture.
We conduct the following tests:
- Hemp Testing (THC and CBD Quantification)
- Water Content
- Oxidative Stability Testing (Peroxide Value, Anisidine Value, Totox Value)
- Weight Variation
- Allergen Testing (Gluten)